Alternaria alternata: CC77DRAFT_851338 Help Entry CC77DRAFT_851338  CDS       T05291                                  Name (RefSeq) hypothetical protein   KO K05665   ATP-binding cassette, subfamily C (CFTR/MRP), member 1 [EC:7.6.2.3] Organism aalt  Alternaria alternata Pathway aalt02010   ABC transporters aalt04977   Vitamin digestion and absorption aalt04981   Folate transport and metabolism Brite KEGG Orthology (KO) [BR:aalt00001]  09130 Environmental Information Processing   09131 Membrane transport    02010 ABC transporters     CC77DRAFT_851338  09150 Organismal Systems   09154 Digestive system    04977 Vitamin digestion and absorption     CC77DRAFT_851338    04981 Folate transport and metabolism     CC77DRAFT_851338  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    02000 Transporters [BR:aalt02000]     CC77DRAFT_851338 Enzymes [BR:aalt01000]  7. Translocases   7.6  Catalysing the translocation of other compounds    7.6.2  Linked to the hydrolysis of a nucleoside triphosphate     7.6.2.3  ABC-type glutathione-S-conjugate transporter      CC77DRAFT_851338 Transporters [BR:aalt02000]  ABC transporters, eukaryotic type   ABCC (CFTR/MRP) subfamily    ABCC1, 2, 3, 4, 5, 6, 10, 11, 12, 13 subgroups     CC77DRAFT_851338 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  ABC_membrane ABC_tran AAA_16 Zeta_toxin AAA_29 MMR_HSR1 RsgA_GTPase AAA_21 AAA_28 nSTAND1 TrwB_AAD_bind Motif Other DBs NCBI-GeneID:  29119021 NCBI-ProteinID:  XP_018386528 JGI:  851338 UniProt:  A0A177DNW1 LinkDB All DBs Position Unknown AA seq 1459 aa AA seqDB search MAKSPSTSSLDENEKEKDFGLVDPQAAAEDPTEYEPIRTEPKEKGFEVQDGHSNSRGTLA RLQSSTSAYSEASDSESNATKSIRKKKPFYKRLNLLKNNPPPIPKERKVSPEYTAGFFSR LSWQWMQPLMRVGYKRPLEKNDIWTVNPDRSAEILANKLEAAFKRRRAEGKERPLLGAMF ETFKWEFIIGGTCQLSASVIQAVAPFVLRYLINFAVRAYVAERSDAPAPNIGEGIGLVIG ITAMQFLQSLATNHFMYRGMMIGGEARGVLIALIFNKAMKLSGRAKAGGEAVLEAPPPDI KPGSEAEVKWYKKILKKKEKKQQSPKTAAGVAGDGEGWGNGRIVNLMSTDTYRIDQASGF FHMIWTAPIGILITTALLLVNLTYSALPGLGLILIAMPLLGRAVKTLFRRRVAINKITDQ RVSLTQEILQGVRFVKYFGWETSFLERIQTIRQKEIHGIQILLTIRNAVLSVGMSMPVFA SMISFITYSQVNSNLNPAPIFSSLALFNSMRIPLNFLPLVIGQVIDANASVKRIQEFLLA EEAEESGKWDYDAKDAVTLKGANFTWERHPTQDAEEGAGGPPGKKPTKQEKKETKANAKL AQSSGETTPSDAIAVEEEKPFEIKGLNLNIGRNELVAIIGGVGSGKSSLLAALAGDMRKT SGEVIFGASRAFCPQYAWIQNATVRENIIFGKEFNRKWYDQVVDACALRPDLNMLPHNDA TEIGERGITVSGGQKQRMNIARAIYFNADIILMDDPLSAVDAHVGRHIMDNAICGLLKDK CRILATHQLHVLSRCDRIIWVDQGEVKAIDTFDNLMAQNADFVQVMSTTAKEEEKEKDVE VNEDEVEAEVKSTKKQRKQKKQAALMQQEERATKSVSWEVWIEYIKAGGGIWVGPLVFIL LVLSQGANIVTSLWLSYWTSDKFGYSEGAYIGAYAAFGFSQALFMFFFSFSVSIFGTRAG KVMLHRAITRVLRAPMSFFDTTPLGRITNRFSKDIDVMDNTITDAIRMYFLTLAMIISVF ILIISYYYYYAIALGPLFIMFMFSAAFYRSSAREVKRHEAVLRSTVFSRFGEAVMGTPTI RAYGLQDQFSKSVRDAVDDMNSAYYLTFANQRWLSVRLDIVGILLVFTTGILVVTSRFSV DPSIAGLVLSYILTIVQMIQFTVRQLAEVENNMNSTERIHHYGSQLEEEAPLHMGEVRPT WPEHGEIVFDNVEMRYRDGLPLVLKGLSMHVRAGERIGVVGRTGAGKSSIMSALFRLQEL SGGSIVIDGVDIGKIGLHDLRSKLAIIPQDPTLFKGTIRSNLDPFHEHSDLELWSALRQA DLVSNEQTMDDHSGRIHLDSVVEEEGLNFSLGQRQLMALARALVRGSQIIVCDEATSSVD FETDAKIQQTIVDGFKGKTLLCIAHRLKTIINYDRICVMDAGLIAELDSPLNLYDQGGIF KGMCDRSGIKREEIAGAAN NT seq 4380 nt NT seq  +upstreamnt  +downstreamnt atggcgaaatcaccttcaacgtcatcgctggatgagaacgagaaagagaaggattttggc cttgtagatccgcaagctgcagcagaggacccgacagagtacgagccgatacggacagaa cccaaagaaaagggtttcgaagtacaagacggtcacagcaattcaagaggcacgctagcg agattgcagtccagcacaagcgcgtactcggaagcaagcgatagcgaatccaatgcgaca aagtcaatacggaaaaagaagccattttacaaacgacttaatttgttgaagaataaccca ccaccgattccaaaagagcgcaaagtatctccggagtacactgcgggctttttcagtcga ctttcgtggcaatggatgcaacccttgatgagagtgggctacaagcgcccattggaaaag aacgatatttggacggttaaccccgaccggagtgcagaaatcttagcaaacaaattggaa gctgcgttcaagaggcggagagcagaaggcaaggagaggcctctgctgggtgccatgttc gaaacattcaaatgggagtttattattggaggaacatgccaactatccgcatccgtcatt caagctgtcgctcctttcgtcctacgctacttgatcaacttcgctgttcgcgcttacgtc gctgagcgcagtgatgctccggcgccaaatatcggcgagggtatcggtttagtcattgga atcaccgctatgcaatttttgcagagtttagccacgaaccacttcatgtaccgcggtatg atgattggtggagaagctaggggtgtcctcattgcactaatcttcaacaaggcgatgaag ttatcagggagagccaaagcaggtggcgaggctgtcctcgaggcaccaccacctgacatc aagccaggaagcgaagccgaagtgaaatggtataaaaagatactgaagaagaaggagaaa aagcagcaatcgcccaagactgctgcaggtgtggcaggtgacggtgagggttggggcaat gggcgaatcgtcaatttgatgtctaccgacacttaccgtatcgatcaagccagcggtttc ttccatatgatttggaccgctcctatcggtatactgattacgactgctctgctccttgtc aacctgacatacagcgctctccctggtcttggtctcattctcattgctatgcccctcctt ggccgcgcggtcaagacactgttccgtcgaagggttgccatcaacaagattactgaccag cgtgtaagcttgacccaagagattctgcaaggcgttcggttcgtcaagtactttggatgg gaaacgagtttcctagagcgcattcagacgatcaggcagaaggagattcatggcattcag atcttgctcacgatccgaaatgccgttctttccgtcggaatgtccatgcctgtcttcgct tcaatgatctcattcatcacctactcccaggtcaacagcaatctcaatcccgcaccaatt ttctcatcgctagctttgttcaactctatgcgtatccccctcaacttcttgccactcgtc attggccaagtcatcgacgcaaacgcttctgtcaaacgtatccaagaatttttgttagcc gaagaagcggaagagagtggaaagtgggattatgacgccaaggacgctgtgacgctgaag ggcgcaaacttcacctgggagcgtcatcctactcaggatgcggaagagggggcaggtgga ccgccaggaaagaagccgactaagcaggagaagaaggagaccaaggccaatgcgaagcta gcacagagcagtggtgagacaacaccttccgatgccatcgctgtggaggaggagaaaccc tttgagattaaggggttgaacctcaacattggacgaaacgagcttgtggctatcatcgga ggcgtaggctctggaaagagttcgttgcttgcagctcttgcaggagacatgcgtaaaact agtggcgaggtcatctttggtgcctcccgtgctttttgcccgcagtatgcttggattcaa aacgccacggtacgagagaatattatcttcggcaaggaattcaacagaaaatggtacgac caggtcgtggatgcctgtgccctacgccctgacctgaacatgctaccgcataacgatgcg acggagattggagagcgtggtatcacagtgtctggtggccagaagcagcgtatgaatatt gctcgagccatctacttcaacgcggacatcatcctcatggatgaccctctgagtgctgtc gacgcacacgtcggtcgtcacatcatggacaacgccatctgcggtctgctcaaagacaag tgccgtattcttgctacccatcagcttcacgtactcagccgttgcgataggatcatctgg gtggaccaaggagaggtcaaggccatcgatacttttgataacctcatggcacagaatgcg gactttgtacaggttatgagcacaactgccaaggaggaggagaaggaaaaggacgttgaa gtcaatgaggacgaggtcgaagcagaggtcaagagcaccaagaagcagaggaaacagaag aaacaggcggcgttgatgcaacaggaagagcgcgcaaccaagagcgtcagctgggaagtc tggatcgagtacatcaaagccggaggtggcatctgggtcggcccacttgtcttcatcctc ctcgttctatcccaaggcgccaacatcgtcacttcactttggctatcctactggacatcc gataaatttggttactccgagggtgcatacattggcgcatacgcagctttcggtttcagt caagcgctcttcatgttcttcttctccttctcagtatccatcttcggtactagagctggc aaagtcatgttgcaccgagccatcacccgtgtgctccgcgcgcccatgtcctttttcgat accacgccactgggacgcattacgaatcgctttagtaaggacattgacgttatggataac accattacggatgctattcgcatgtactttttgacgctcgccatgatcatatctgttttc attctcatcatctcgtactattactactatgccatcgccctcggtccgctattcatcatg ttcatgttctcggcagccttctaccggtcctctgctcgcgaggtcaagcgccacgaagcc gttcttcgtagcacagtgttctcgcgcttcggcgaagccgtcatgggcaccccgaccatc cgtgcgtacggtctacaggatcaattctccaagtcggttcgcgatgccgtagacgacatg aacagcgcctactaccttacatttgccaaccagcgctggctgagtgttcgtctagacatt gttggtatcctgctcgtcttcacgactggtatcctggttgttacaagccgtttctccgtc gatcctagcatcgctggcttagtcctgtcatacattctcactattgtgcagatgattcag tttacagtccgccagctggctgaagtggagaacaacatgaactcgactgaacgcatccat cactacggaagtcaacttgaagaagaagcgcctctgcacatgggtgaggtacgccccacc tggcccgagcacggcgagattgtcttcgataacgtggagatgcgataccgcgatgggcta cccttggtgcttaagggcttgagcatgcacgtccgcgctggtgagcgtattggtgttgtt ggtcgtactggagcgggtaaatcgtccatcatgtcggctttgttccgattgcaagagctg tcaggtggctcgattgtaattgatggcgtggatattggcaagattggtcttcacgacttg cgctctaagctggccattatcccacaggacccgacgctcttcaagggaaccatccgatcc aacttggatcctttccacgaacattccgacctggagctttggtcggccttgcgccaggct gatcttgtttccaacgagcaaaccatggacgaccattctggcaggatacacctcgacagt gtggttgaggaagagggtctcaacttctctctaggtcagagacagttgatggctctagct cgcgcacttgttcgtggttcgcagattattgtctgtgatgaagctactagttccgtcgac tttgagacggatgccaagattcagcaaacgattgtggatgggttcaagggcaagacgctg ctgtgcattgcccatcgactaaagaccattatcaactatgacaggatttgcgtcatggac gcagggctgattgcagagctcgactcgccgctaaatctttacgaccaaggcggaattttc aagggcatgtgcgaccgatccggcatcaagagagaagaaatcgcaggtgcagcgaactag

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